In the Theory of Relativity, space and time (or at least how we experience space and time) are dependent on the observer's frame of reference. If
you're traveling parallel to a car, and both you and the car are moving at 45 mph, relative to you, the car is not moving; yet relative to a
"stationary" viewer, both you and the car are moving.
The theory also states that the faster an object is moving, the more mass it gains, and the slower time seems to pass in that frame. At first, this
seemed unintuitive for me, but it gradually started to make good sense.
Lately, I've been getting these overwhelming swells of intuition telling me that distance and duration are not what they seem to be. I feel there is
no actual distance between points A, B, and C, there is only entanglement. If points A, B, and C exist on a line, then A is no further from C than it
is from B. Instead, A has a stronger entanglement with B than it does with C, which creates the illusion that A is closer to B than it is to C. I feel
that everything is in a complex state of superposition. There is no position or momentum, just different degrees of Quantum Coherence.
I've been playing with this idea for a while now--ever since I started getting into Simulation Theory and the Holographic Principle; but it really
began to solidify over the past few days after I had this dream that I can only describe as a 4D+ fractal zoom (see the video below for a rough
Everything is indeed interconnected, but not all things are equally interconnected. If reality was universally symmetrical, there would be no reality
to speak of.
I found a video series that explores the subject of information (in the physical, metaphysical, and philosophical senses of the word). I just started
watching it. For those who take an interest in this subject matter, I think it's good food for thought.
There are theorists out there that question if the speed of light is constant and is the fastest movement in the universe. If that were the case, they
ask how our galaxy could possibly retain its form at 52,000 light years across? If gravity were the main force that holds our galaxy or even solar
system in tact and it couldn't travel faster than the speed of light, how does it stay in the shape that it does. For the perfectly formed galaxies to
retain their shape and space, there would need to be a force in the universe that is instantaneous or as close to that to make the deviation
You theory is very interesting and actually solves some of the problems that our modern cosmology can't even begin to answer. I just think that it is
our current understanding and mainstream accepted theories that are confusing the true form of nature.
I think all mass is fundamentally relative. Rest mass is probably just the ground state of a particle's mass, but if the ground state oscillation
dissipates, so goes the rest mass. I don't think magnitude necessarily has to increase with mass.
Either way, they must be intrinsically related, as they both cause time dilation.
edit on 11-11-2018 by BELIEVERpriest because: added
If gravity were the main force that holds our galaxy or even solar system in tact and it couldn't travel faster than the speed of light, how does it
stay in the shape that it does. For the perfectly formed galaxies to retain their shape and space, there would need to be a force in the universe that
is instantaneous or as close to that to make the deviation meaningless.
As far as I understand, (someone please correct me if I'm wrong), we have only been able to measure the round trip speed of light, not the
one-way speed. That means we can only observe light going from point A to B, and back to A. We deduce that the time it takes for light to get from
point A to B is half the time that it takes to make a round trip, but we cant experimentally prove it, because it is impossible to synchronize two or
more clocks to the degree needed to make an accurate measurement.
If photons where classical particles, then I would say that the one-way speed of light is half of the round trip speed, but photons are not classical
particles. They are quantum particles existing as a wave-particle duality. Theoretically, before a photon is measured, it exists as cloud of
probabilistic positions and states. Once observation is made, then the photon takes a position. This is related to the probabilistic law of entropy
and entanglement. So the light from a galaxy 52,000 light years away may not have needed to travel that entire distance to reach us. It could have
just as easily 'teleported' here.
edit on 11-11-2018 by BELIEVERpriest because: typos
I'm pretty sure this was the video you mentioned. It's very interesting and easy to understand. It seems that the line between theism and atheism is
becoming increasingly blurred as science progresses. I can't wait to see what we discover in the coming decades.
edit on 14-11-2018 by BELIEVERpriest because: typos
This content community relies on user-generated content from our member contributors. The opinions of our members are not those of site ownership who maintains strict editorial agnosticism and simply provides a collaborative venue for free expression.